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I am wondering how Bruker handles the copyright issues. It would be very time consuming to redraw every picture. What I have in mind are pictures like: http://blog.brukerafmprobes.com/wp-content/uploads/2011/06/p29-Magnetic-Force-Microscopy-MFM-main.jpg Could anyone from Bruker make a statement here? That would be very kind. Thank you in advance. Greetings
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I have a feauture request. As I did a lot of STM with the Bipotentiostat option of the Multimode, I created several STM images. Those can not be opened with Nanoscope Analysis. It would be nice to be able to open them. The pictures are created with the Nanoscope 5.31r1 software. Big thanks in adavance. Keep up the good work with that software. Greetings
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I have send you a friend invitation, we can start a conversation as soon we are friends. There we can exchange e-mail addresses. Cheers Jonathan
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Hi Josep, I did some programming too, see here http://nanoscaleworld.bruker-axs.com/nanoscaleworld/forums/p/809/2582.aspx#2582 My python script did for me the Igor Export, but I hard coded the important things. If you are interested we might exchange our experiences. There seems to be a major interest in this kind of software. Greetings Jonathan
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Dear Hervé, I can send you the same commented file I have sent to Julien. But you have to adjust the programm to your problem. I need an e-mail adress to send it to. Regards Jonathan
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Depends on your sample and what you want to image! If your sample is easily magnetized (soft) you might not want to use hard magnetic tips, because you might switch your sample or write magnetically on it. It also depends what domains you want to measure. Imagine a hard magnetic sample and a soft magnetic tip. The tip will be immediately switched and
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Normal 0 false false false EN-US X-NONE X-NONE MicrosoftInternetExplorer4 Dear Julien, Yes I have a routine to export Igor text files, which is working most of the time for my files. I can send you the script file, but you would need to adjust it to your needs. There is one strange thing about my routine, that it sometimes just does not work correctly
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Steve, many thanks for seeing into it. I have nearly finished my software but due to some bugfixing it will take to the end of the week. It is a command line tool that converts my I-V curves to Igor text files. As soon it is working properly I can send it to you - might be helpful for others. Regards Jonathan
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Steve, I tried to use v1.40 but it still scales wrong. I can send you a zipped folder with the files in it. I have started to examine the binary file format for force curves - and figured out an int16 type of numbers that represent the curves, but the scaling is (naturally as I still do not read out the header) wrong. I wrote a python routine to get
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Dear Community, I am working with Nanoscope 6.13R1. I have modified the Multimode to work with a Femto amplifier and use the point and shoot mode to capture I-V curves in a contact conducting AFM Mode. Now I have multiple I-V curves which need to be analysed, the on board functions are not useful to handle this data, thats why I need a fast method/way